Uniform Local Weak o‐Minimality and ∗$*$‐Local Weak o‐Minimality

ABSTRACT We propose the notions of uniform local weak o‐minimality and ‐local weak o‐minimality. Local monotonicity theorems hold in definably complete locally o‐minimal structures and uniformly locally o‐minimal structures of the second kind. In this paper, we demonstrate new local monotonicity theorems for uniformly locally weakly o‐minimal structures of the second kind and for locally o‐minimal structures under the assumption called the univariate ‐continuity property. We also prove that several formulas for dimension of definable sets, which hold in definably complete locally o‐minimal structures, also hold in ‐locally weakly o‐minimal structures possessing the univariate ‐continuity property.

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Publication Details

Journal
Mathematical logic quarterly
Published
2025-05-01
DOI
https://doi.org/10.1002/malq.70002
Primary Topic
Advanced Topology and Set Theory
Type
article
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article

Uniform Local Weak o‐Minimality and ∗$*$‐Local Weak o‐Minimality

Masato Fujita
Mathematical logic quarterly
Advanced Topology and Set Theory
article

Uniform Local Weak o‐Minimality and ∗$*$‐Local Weak o‐Minimality

Masato Fujita
article en

Abstract

ABSTRACT We propose the notions of uniform local weak o‐minimality and ‐local weak o‐minimality. Local monotonicity theorems hold in definably complete locally o‐minimal structures and uniformly locally o‐minimal structures of the second kind. In this paper, we demonstrate new local monotonicity theorems for uniformly locally weakly o‐minimal structures of the second kind and for locally o‐minimal structures under the assumption called the univariate ‐continuity property. We also prove that several formulas for dimension of definable sets, which hold in definably complete locally o‐minimal structures, also hold in ‐locally weakly o‐minimal structures possessing the univariate ‐continuity property.

Mathematical logic quarterlyVol. 71(2)
Japan Coast Guard Academy (JP)
Openalex Percentile: Top 57%
Advanced Topology and Set Theory
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